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The density <math>D</math> of a network, where there is no intersection between edges, is defined as a ratio of the number of edges <math>E</math> to the number of possible edges in a network with <math>N</math> nodes, given by a graph with no intersecting edges <math>(E_{\max}=3N-6)</math>, giving <math>D = \frac{E-N+1}{2N-5}.</math>
 
The density <math>D</math> of a network, where there is no intersection between edges, is defined as a ratio of the number of edges <math>E</math> to the number of possible edges in a network with <math>N</math> nodes, given by a graph with no intersecting edges <math>(E_{\max}=3N-6)</math>, giving <math>D = \frac{E-N+1}{2N-5}.</math>
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=== 平面网络密度 Planar Network Density  ===
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=== 平面网络密度 ===
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The density <math>D</math> of a network, where there is no intersection between edges, is defined as a ratio of the number of edges <math>E</math> to the number of possible edges in a network with <math>N</math> nodes, given by a graph with no intersecting edges <math>(E_{\max}=3N-6)</math>, giving <math>D = \frac{E-N+1}{2N-5}.</math>
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一个网络的密度<math>D</math> 被定义为连边数量 <math>E</math>和节点数量<math>N</math>的比值,
 
一个网络的密度<math>D</math> 被定义为连边数量 <math>E</math>和节点数量<math>N</math>的比值,
  
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